www.bellonolab.com | ‪Harvard MCB

I'm a Professor in the Faculty of Biology at the University of Freiburg, Germany. I'm fascinated by visual navigation in insects. We study this and also develop tools to help us with that. strawlab.org

WE ARE EATING THE EARTH is here! amazon.com/We-Are-Eating-Earth… So is my new website: michaelgrunwaldbooks.com

neuroscience and behavior in parrots and songbirds Simons junior fellow and post-doc at NYU Langone studying vocal communication, PhD MIT brain and cognitive sciences

Neuroscientist studying navigation @ uniwuerzburg.bsky.social. • ants & flies • https://www.haberkernlab.de • FoF seminars • Sjogrens • she/her • Loves birds & sewing • quilts @verdigrissewing.bsky.social

worm neurobiologist, assistant professor at UBC zoology. loves tater tots, synapses, dpy worms, and transcription factors. she/her. 🏳️‍🌈🇨🇦

Natural behavior, brain evolution, & ecological change, with a focus on wild 🐭 and 🦎. Currently a Postdoc @mpibrain.bsky.social‬; PhD from @harvardmcb.bsky.social‬. he/him felixbaier.github.io

Trying to understand how behavior works by tinkering with flies, LEDs, lasers, and robots. Senior-ish group leader @ Janelia.

Promoting the study of the neural bases of behavior.

Lars Chittka, Professor of Sensory and Behavioural Ecology and author of The Mind of a Bee

Sensory biology, genetics, behavior, and evolution (especially in the Twilight Zone) | Incoming Assistant Professor, NJIT Biological Sciences (Fall '26) | Current postdoc, University of Lausanne, Benton Group https://himmellab.org

Neuroscientist in the making... PhD student Arber lab @FMIscience.bsky.social @biozentrum.unibas.ch MD from @SantAnnaPisa @Unipisa

Science news from the medical university Karolinska Institutet (KI) in Sweden. Our vision is to advance knowledge about life and strive towards better health for all. ki.se

NIH/NIGMS K99 fellow in the lab of @doudna-lab.bsky.social at UC Berkeley Previously JCC fellow in the Doudna lab and a PhD student in the Al-Hashimi lab

🧠 neuroscientist. 🪰 fly postdoc in the wilson lab (harvard) studying the neural mechanisms of adaptive feedback control. he/him.

Je me souviens, Drosophila edition 🧪,🧠,🪰,🔥🧘🏻‍♀️&💗 Associate Professor School of Biological Sciences University of Utah www.thecaronlab.com

Neuroscientist in Utah | https://zimmerman-lab.org

Assistant Prof. at the University of Lausanne. Interested in how brains control social behavior. unil.ch/cig/en/home/menuins…

Assistant Prof at UCSD Neurobiology lovettbarronlab.com

K. Lisa Yang Brain-Body Center Postdoctoral Fellow at Steve Flavell's Lab @Picower Inst, MIT | PhD from Michael Hendricks' Lab @IPN, McGill Univ | Animal behavior | Neuroscience | Open science

Associate Prof | Columbia Biology & Zuckerman Institute Freeman Hrabowski Scholar | HHMI We study how the skin-brain axis drives somatosensory behaviors abdus-saboorlab.com

Postdoc at The Rockefeller University

MD/PhD neuroscientist/psychiatrist, father of 3, Nak Muay, engineer at heart. mPFC-HPC interactions in addiction/schizophrenia, multi-region ephys and imaging in vivo, gene therapy, novel optical methods for spatial transcriptomics https://sjulsonlab.org

Neuroscientist with too many plants. Assistant professor @bu-biology. she/her youngerlaboratory.org

Postdoc @ Champalimaud Centre for the Unknown - Chiappe Lab - Neuroscience/Sensorimotor Integration - Locomotion - VNC to brain and back - hobbies include poking bugs with glass needles 🧠🪰🦿🔬

here for the brains | https://selmaan.github.io

Science writer and author of books including Bright Earth, The Music Instinct, Beyond Weird, How Life Works.

md/phd student in the ruta lab at rockefeller university

Epigenetic Inheritance, Neuroscience & anything biology-related odedrechavilab.com https://www.qedscience.com Organizer of “The Woodstock of Biology” TED: shorturl.at/myFTY Huberman Lab Podcast: youtu.be/CDUetQMKM6g

The wanderer. The clown. The chairman. President and CEO, @alleninstitute.org Opinions are my own.

labs at HMS Neurobiology and the Stanley center at the Broad, doing our best to understand cortical interneurons through developmental genetics and physiology.